Hydraulic refuse packers: The packer consists of a body mounted on a chassis, a tailgate with compresion mechanism, an ejection plate inside the body, the hydraulic installation and control mechanism. All the functions and load distribution of the HRP are properly arranged according to the technical specification of the chassis truck on which it is mounted. The equipment is manufactured in serial production principals taking into account the legal regulations. Body: The body is manufactured from steel plates. All the body is reinforced with U sectioned vertical steel profiles. There is dirty water tank in front bottom of the body and a discharge hose. The body is mounted on the vehicle chassis with elastic elements.Crossing members under the body pass through C sectioned subframe, thus supporting the floor plate rigidly. Ejection plate: Ejection plate moves in the NPU rails welded above from the floor to the inner sides of the body. Ejection plate has easily replaceable poliamid shoes with bolted. Ejection plate moves by means of a double acting telescopic cylinder. It is kept at the rear of the body when it is empty, and moves automatically to the front by means of a counter pressure valve as the refuse is packed in the tailgate. Tailgate: Tailgate is connected to the body with top hinges and opened upwards by means of two double acting hydraulic cylinders. It is locked automatically when it is closed. Top hinges, locking hooks and the hydraulic cylinders are placed in the same line preventing additional stress on the rear frame. There is a specially formed sealing element mounted on tailgate to prevent any dirty water leakage from the body. It is made from a rubber which resists wear and acids. There is a hopper made from wear resistant high carbon steel in the tailgate. The refuse being loaded in the hopper is pressed into the body by means of a compression mechanism powered by double acting hydraulic cylinders. There is a dirty water discharging tap under the hopper. The compression mechanism consists of a slide linearly moving in the rails on the sides of the tailgate and a showel radially moving on the tip of the slide. Movement of showel is made by the two double acting hydraulic cylinder mounted on top of the slide and movement of the slide is made by two double acting hydraulic cylinder mounted on the outer sides the tailgate keeping them out of the refuse loading area. The rails are made from thick solid steel bar and the slide has four anti-wearing high density nylon shoes moving in the rails. The shoes are easily replaceable from the outside since the rail is open type. The slide has also for centering shoes to keep it in central position securely. There is a safety bar hinged under the tailgate to be used between the body and the tailgate to keep the tailgate securely opened during the maintenance. There are also antidropping safety valves on teh hydraulic cylinders which are opening the tailgate to prevent it to fall down because of any defect even a hose burst. Hydraulic installation: Hydraulic power is obtained by means of a hydraulic gear pump mounted to the PTO on the gearbox of the chassis. Capacity of the pump is so chosen that, adjusted compression cycle is achieved in the tailgate. PTO is controlled from the cab. Hydraulic oil tank has suction filter, return filter, a venting cover, a level and temperature indicator, a ball valve at the suction line, and a discharge tap. All piping is made with cold rolled, normalised and phospate coated tubes according to DIN 2391 C norms. All the connections are of EO type and according to SAE 100 R4. All the hydraulic cylinders are made from honned tubes according to DIN 2391 C norm and hard chrome plated rods. Hydraulic cylinders are designed and manufactured by EFE. Opening-closing at the tailgate and forward-backward movement of the ejection plate are controlled manually by the two spool directional controlled valve mounted in front right of the body. The movement of slide and showel mechanism is controlled automatically by a three spool electro-pneumatically controlled directional control valve mounted on the tailgate. Lifting device is controlled manually by one spool of the valve. Container lifting device: There is a container lifting device to lift and tilt the refuse containers into the hopper. Operating sequence & electrical control: Refuse is loaded into the hopper by means of the container lifting device, then, it is pressed into the body by the slide-showel mechanism working in sequence. The operator just pushes a button. Working sequence is provided by a printed electronic card, limit and pressure switches and buttons. The control box is placed on the rightside of the tailgate and is completely hermetic. There are start, stop, emergency, driver signal and engine accelerating buttons and a switch to choose continuous and single cycle compression. When the emergency button is pressed, the compression cycle movement reverses adn stops at the beginning position. Each of the movement can also be controlled by levers located on rightside of the tailgate manually in case of any defect in electricity or in special cases. The refuse is discharged by means of ejection plate after openning the tailgate. Accessories: Container lifting system Hinged safety bar between the tailgate and the body to be used during maintenance. Rear light for night works. Two foldable operator steps at the rear with safety bars. Rotating yellow beacon. Mudguards and hard rubber flaps Dirty water tank in front of the body.
1.Our factory Zhengzhou Zhongzhou Briquette Machinery Plant is a professional supplier of concrete equipment, briquette press equipment, mineral ball press machines, dry-power ball press machines, annular dryers and magnesium ball press machines. With highly administrative system and professional experience, we are very famous in domestic and foreign markets for our high quality, best services, and competitive price. Our factory is located in Gongyi City, and has a fixed asset of 15 million. Our factory has a land area of 13,000sqm and a building area of 4,600sqm. We totally have 40 production lines. Our company has passed the standard evaluation of ISO9001:2000 international quality management system. In 2003, our products were exported to Korea. In these years, we have been engaged in improving the quality of products, decreasing the price, and providing the best service for our customers. Customer satisfaction is what we are looking for. Also, we are engaged in external economic and technical cooperation. We respond to all customer inquiries, questions and requirements promptly. We really hope to become your supplier and partner in mechanical field. 2.Simple introduction of BRIQUETTE MACHINE Zhongzhou series Briquette Pressure machine,mainly used to suppress difficult molding powder materials , characterized by forming pressure, the host rpm adjustable , with a spiral Feeding Device. Briquette Pressing Machine can be used to suppress coal , iron , coke , aluminum powder, iron , iron oxide skin, toner , toner , slag , gypsum, tailings , sludge , kaolin , activated carbon, coke powder and other end , Powder , waste, waste residues, are widely used in refractory , power plants , metallurgy , chemical , energy , transportation, heating , etc. , produced by the compression molding machine after the briquette materials , energy saving , easy to transport , increase of wastes Utilization, with good economic and social benefits. 3.Main role and characteristics of BRIQUETTE MACHINE The machine can press all kinds of mineral powder, metal powder, coal powder, coke powder and other materials to make them molded. Because of the mandatory squeeze rollers , so the products have the three high characteristics : high density ,high strength ,high hardness, Because of the mandatory squeeze rollers, so the products have high density, high strength, high hardness, and the local roll is used in 650Mn hard materials with good wear resistance. Effectively improve the life of a roll. 4.Working principle of BRIQUETTE MACHINE This series of pressure machine will pass the power on to the two pressure roller through the reducer. The two sides and roll rotation, in both the rotating roll, Natural materials to enter the briquette roll mode, with the roll rotation, material pressure on a small become larger, When the material to the two rollers rotating line contact point, the pressure of materials has reached the peak. Tremendous pressure in the role of line, the materials become a finished product from the powder briquette. Iron case or as your requst
The Composite Bridge Plug is made from composite material and easy to drill out. It is mainly composed of mandrel, rubber, slips, cones, protection bowls, release/start pins, lower sub and so on. The composite bridge plug is mainly used for provisional plugging in oil and gas well, and fracturing construction Working principle The opposite power produced by setting tool (wire line or transmitting hydraulic pressure in oil tube) acts on the lower sub, shears the starting dowels and exerts compressive force on rubber through cone. Inside the tension range slips dehisce and inlay the in wall of the casing, rubber expand to the in wall of the casing and seal up it, finish setting. When the tension rises to the shear rating, the starting dowels be sheared and the setting tool separates from the bridge plug, finish releasing. After taking out the setting tool, the frac ball that be put into the well will work hermetically with the head face of the mandrel. The plug can be quickly drilled out under the necessity of the after steps Drilling out Recommend the use of special milling tools. Recommend rotation rate: 60~150rpm, bit weight: 5~15kN, viscosity of drilling plug fluid:15~30mPas and minimum cyclic velocity: 36.6m/min, to make sure the debris circulates out. After the preparation is done, start the screw drill and drill slowly into the bridge plug. Ensure continuous drilling speed by applying drilling pressure. The torque added to the drilling tool should not be greater than the recommended value. Excessive drilling pressure increases the friction resistance of the pipe string and results in large pieces of debris which must be salvaged separately.
The Composite Bridge Plug is made from composite material and easy to drill out. It is mainly composed of mandrel, rubber, slips, cones, protection bowls, release/start pins, lower sub and so on. The composite bridge plug is mainly used for provisional plugging in oil and gas well, and fracturing construction Working principle The opposite power produced by setting tool (wire line or transmitting hydraulic pressure in oil tube) acts on the lower sub, shears the starting dowels and exerts compressive force on rubber through cone. Inside the tension range slips dehisce and inlay the in wall of the casing, rubber expand to the in wall of the casing and seal up it, finish setting. When the tension rises to the shear rating, the starting dowels be sheared and the setting tool separates from the bridge plug, finish releasing. After taking out the setting tool, the frac ball that be put into the well will work hermetically with the head face of the mandrel. The plug can be quickly drilled out under the necessity of the after steps Drilling out Recommend the use of special milling tools. Recommend rotation rate: 60~150rpm, bit weight: 5~15kN, viscosity of drilling plug fluid:15~30mPas and minimum cyclic velocity: 36.6m/min, to make sure the debris circulates out. After the preparation is done, start the screw drill and drill slowly into the bridge plug. Ensure continuous drilling speed by applying drilling pressure. The torque added to the drilling tool should not be greater than the recommended value. Excessive drilling pressure increases the friction resistance of the pipe string and results in large pieces of debris which must be salvaged separately.
China factory supply Abrasive glass beads media Product Description Glass beads are made of broken glass, flat glass and other raw materials by high temperature melting bead processing. Low thermal conductivity, high strength, good chemical stability, and the texture of glass beads themselves, glass beads instead of plastic raw materials are widely used in filling, such as gravity blanket filling, compression filling, medical filling, weighted blanket filling, toy filling and so on. glassbeads5.png Advantage 1. The chemical composition is inert silicon dioxide and there is no worry about the interference of chemical activity; 2, round elastic particles, impact resistance, can be recycled many times, less loss; 3, the spray wear is small, extend the service life of the nozzle; 4, the surface of the ball, will not damage the processing surface and precision size; 5. After treatment, the work-piece surface is smooth, with a special aesthetic feeling, improving the product value; 6. Suitable for dry and wet sand blasting; 7. The fine glass beads used for the metal micro-cracks can be easily displayed after the wet sandblasting; 8, for the processed work-piece with matte effect, highlighting the metal color, not rust and other advantages, no need to carry out pickling derusting treatment. Application 1,Road making, airport road marking; 2,Fillers for various insulation and sound insulation products; 3,Enhance stress corrosion resistance. For example, aircraft engine turbo, vane, shaft, undercarriage, diversified springs and gears, etc 4,provide brightness for medical mechanical instruments and automobile parts 5,Be used for reflective safety clothing to improve safe
The US-236 camless spring forming machine is independently controlled by multiple sets of servomotors and has a powerful expansion. It can produce a variety of special-shaped springs,compression springs, tension springs, double torsion springs, flat springs and various types ofwire molding. 1. No cam, no rocker design (tuning speed faster than the traditional cam machine up to 50%,production speed, precise positioning, stable operation). 2. Has the advantages of traditional 8-station machinery, and have a set of free hands, can be up and down, left and right, free play (production of difficult springs, easier, faster, more accurate). 3. All with double guide, ball screw drive, in order to ensure long-term accuracy and strength. Collisionless hair and heat, compound tool to complete all processes, low tool wear. 4. Windows operation, Chinese and English display, easy to learn and easy to use. Intelligent,module, automatic detection and alarm. Machine Parameter Model US-236 US-480 Axis 10 10 Wire Diameter 0.3-2.5mm 1.2-4.8mm Max Outside Diameter 60mm 100mm Wire feeding wheels group 2 3 Wire feeding motor power 2.0kw 4.4kw Spindle motor Power 2.0kw 2.7kw Arm 0.75*8kw 2.0*8kw Quil Rota on Motor Power 0.75kw 2.0kw Dimension(mm) 1400*750*1680 2200*2000*1950 Weight 850kg 2800kg
Features 1.Size:3 3/4" (95.3mm)~26" (660.4mm) 2.Cover all all iadc code 3.Reliable quality and best price 4.Tungsten carbide insert tricone bit 5.Certified by iso, api Advantages 1.High-strength, high flexibility, high temperature, high wear resistance. 2. High-precision metal seal. 3. Locking roller ball, to adapt to high-speed. 4. The use of high strength high toughness carbide teeth, 5. Hours in the rotary cone bit with the impact, crushing and shearing the role of broken rock. 6. Cone bit to adapt to the soft, medium and hard of various strata. 7. Reasonable price and long working life. More advantages 1.Suitable for medium to medium hard formation of high crushing resistance (hard shale, sands, etc.) 2.Bit bearing is non-sealed roller bearing. 3.Hardfacing is applied on the shirttail, and carbide inserts for gage protection are pressed into the head od. 4.Cone gage surface is reinforce with carbide compacts. 5. Partial top spoon shaped inner row of teeth, the wedge outer row of teeth is not equidistant teeth, in the back cone tooth and the outer row of teeth between adds a row of trimming gear 6. High compressive strength, hard and abrasive high formation, such as limestone, dolomite, sandstone, chert and other Wooden cases or as your order
Max speed;90km/h Engine:weichai wd615.50(280hp) Max torque(n.M)/rm:1160/1100-1300 Displacement(l):9.726 Emission: euro-2 Transmission: fast 9js135 9 forwad and 1 reverse, mannual control Clutch:spring plate, disphram spring, ¦µ30 Brake: drum type Park brake:power spring brake acting on rear axle Service brake: with dual ciruit compressed air brake Auxiliary brake;evb Steering:type 8098 with intergal circuiting ball power steering Chassis:ladder structure with parallel straight Front suspension: longitudinal leaf spring Rear suspension: inverted leaf spring stabilizator suspension Front axle: man techology 7.5 tons Rear axle: 13 tons Tyre: 12.00-20/12.00r22.5/12.00r20 Fual tank(l);380 Starter:5.58kw, 24v Generator: 1.54kw(28v 55a) Battery;2x135ah Cab: man f2000 length flat head, two seats and one sleeper Body dimension(mm): 5200x2300x1200(1300/1400/1500) Other option: air conditioning, enlargement raditator Complete kerb mass(kg):11200 Gvw(kg):32000 Max length(mm):8275 Max width(mm):2490 Max height(mm):3300 Wheel base(mm):3800+1350 Front/rear overhang(mm):1525/1634 Track width(mm):2036/1850 Min ground clearance(mm):314 Min turning circle(m):18 Max gradeability(%):33
Max speed: 80km/h Engine:weichai wd12.375(375hp) Max torque(n.M)/rm:1500/1300-1600 Displacement(l):11.596 Emission: euro-2 Transmission: fast rtd11509c 9 forwad and 1 reverse, mannual control Clutch:spring plate, disphram spring, ¦µ430 Brake: drum type Park brake: power spring brake acting on rear axle Service brake: with dual ciruit compressed air brake Auxiliary brake; evb Steering: type 8098 with intergal circuiting ball power steering Chassis: ladder structure with parallel straight Front suspension: longitudinal leaf spring Rear suspension: inverted leaf spring stabilizator suspension Front axle: man technology 7.5 tons Rear axle: styre technology 13 tons Tyre: 12.00-20/12.00r22.5/12.00r20 Fual tank(l);380 Starter:6.2kw, 24v Generator:2.2kw(28v 55a) Battery;2x135ah Cab: man f2000 middle flat head, two seats and one sleeper Body dimension(mm): 7400x2300x1100(1200/1300/1400) bottom thickness 8mm and side thickness 4mm Other option: air conditioning, enlargement radiator Drive type: 8x4 Complete kerb mass(kg):15300 Gvw(kg):39000 Max length(mm):10335 Max width(mm):2490 Max height(mm):3450 Wheel base(mm):1800+3600+1350 Front/rear overhang(mm):1525/1634 Track width(mm):2036/1850 Min ground clearance(mm):314 Min turning circle(m):24 Max gradeability(%):32
Max speed:100km/h Engine: weichai wd12.375(375hp) Max torque(n.M)/rm:1500/1300-1600 Displacement(l):11.596 Emission: euro-2 Transmission: fast rt11509c 9 forwad and 1 reverse, mannual control Clutch:spring plate, disphram spring, ¦µ430 Brake: drum type Park brake: power spring brake acting on rear axle Service brake: with dual ciruit compressed air brake Auxiliary brake; evb Steering: type 8098 with intergal circuiting ball power steering Chassis: ladder structure with parallel straight Front suspension: longitudinal leaf spring Rear suspension: inverted leaf spring stabilizator suspension Front axle: man techology 7.5 tons Rear axle: 13 tons Tyre: 12.00-20/12.00r22.5/12.00r20 Fuel tank(l);380 Starter: 5.58kw, 24v Generator: 1.54kw(28v 55a) Battery; 2x135ah Cab: man f2000 length high head, two seats and two sleeper The fifth wheel: 2 inch Saddle ground clearance(mm): 1410 Other option: air conditioning, enlargement radiator Drive type:6x4 Complete kerb mass(kg):8950 Gvw(kg):29000 Gcw(kg):60000 Max length(mm):6600 Max width(mm):2490 Max height(mm):3760 Wheel base(mm):2925+1350 Front/rear overhang(mm):1525/800 Track width(mm):1939/1800 Min ground clearance(mm):314 Min turning circle(m):18 Max gradeability(%):35
Max speed:90km/h Engine:weichai wd12.375(375hp) Max torque(n.M)/rm:1500/1300-1600 Displacement(l):11.596 Emission: euro-2 Transmission: rtd11509c 9 forwad and 1 reverse, manual control Clutch: spring plate, disphram spring, ¦µ30 Brake: drum type Park brake: power spring brake acting on rear axle Service brake: with dual circuit compressed air brake Auxiliary brake: evb Steering: type 8098 with intergal circuiting ball power steering Chassis: ladder structure with parallel straight Front suspension: longitudinal leaf spring Rear suspension: inverted leaf spring stabilizator suspension Front axle: man technology 7.5 tons Rear axle: styre technology 13 tons Tyre: 12.00-20/12.00r22.5/12.00r20 Fuel tank(l);380 Starter:5.58kw, 24v Generator: 1.54kw(28v 55a) Battery;2x135ah Cab: man f2000 length flat head, two seats and one sleeper Effective volume (m3): 8 Mixing volume (m3): 8 Surplus rate (%): 1 Rational speed of mixing drum (r/min): 0-16 Model of decelerator: zf Volume of water tank (l): 440/250 Other option: air conditioning, enlargement radiator Drive type: 6x4 Complete kerb mass(kg):13430 Gvw(kg):32500 Max length(mm):9130 Max width(mm):2490 Max height(mm):3900 Wheel base(mm):3800+1350 Front/rear overhang(mm):1525/2630 Track width(mm):2036/1850 Min ground clearance(mm):314 Min turning circle(m):18 Max gradeability(%):32
Main Features: Output: 32~48KGS/8Hrs for mesh scourer Power Supply: AC 380V AC 220V (Custom-made) Step less Speed Regulation, Japanese OMRON time controller, PHILIPS sensor automatic counting, size and weight of final scourer could be preset as per requirement. Output capacity of Double-Needle manufacturing is twice as much as an ordinary mesh scourer making machine. Not only compression rollers and weaving parts have each separated speed ratio of transmission system, but wire-broken stop motion also works well. Automatic cutting with high performance air compressor system, its shearing tools are hidden blades with multi-sides saw tooth utilizing the latest company technology we owned (Patent number: CN2009211975.7). It made shearing more accurate, sharper and safer. Easy operation, one worker controls multiple machines. Wire loading, flatting, mesh waving, and scourer shearing, all finished in one time. Product Details: Output: 64kg/8hrs Full-automatic operation, available for spiral scourer! Producing general scourer just by exchanging the multi-lines system Material wire setting: 4wires doubles scourers Full-automatic scourer ball dividing system Final scourer separating melted down by low voltage controlled Materials feeding: 0.13mm-0.2mm stainless steel wire Motor power (kw):2.2kw Power supply AC 380V
Main Features: Output: 32~48KGS/8Hrs for mesh scourer Power Supply: AC 380V AC 220V (Custom-made) Step less Speed Regulation, Japanese OMRON time controller, PHILIPS sensor automatic counting, size and weight of final scourer could be preset as per requirement. Output capacity of Double-Needle manufacturing is twice as much as an ordinary mesh scourer making machine. Not only compression rollers and weaving parts have each separated speed ratio of transmission system, but wire-broken stop motion also works well. Automatic cutting with high performance air compressor system, its shearing tools are hidden blades with multi-sides saw tooth utilizing the latest company technology we owned (Patent number: CN2009211975.7). It made shearing more accurate, sharper and safer. Easy operation, one worker controls multiple machines. Wire loading, flatting, mesh waving, and scourer shearing, all finished in one time. Product Details: Output: 64kg/8hrs Full-automatic operation, available for spiral scourer! Producing general scourer just by exchanging the multi-lines system Material wire setting: 4wires doubles scourers Full-automatic scourer ball dividing system Final scourer separating melted down by low voltage controlled Materials feeding: 0.13mm-0.2mm stainless steel wire Motor power (kw):2.2kw
TEST BENCHES FOR VALVES Paskals designs, manufactures and delivers valve test units for pressure testing any type of Gate, Globe, Plug, Ball, Check, Safety and Butterfly valve according to all international test standards. Capabilities: Range DN10 2200 mm. / ¨ù - 86. Horizontal (stem vertical), vertical. (Stem horizontal) or tilting clamping system Clamping on the inlet flange, either flanges or (proportional clamping) between the clamping tables. 1 2000 tons of clamping force. With no or limited linear force on the valve body. Test pressure range: from vacuum up to 2000 bar / 30,000 PSI. Test medium: Liquid, compressed air, Nitrogen, Helium or Hydrogen. Standard Features: Computer registration system. Full automatic operation system. Testing one or a complete series of valves. Automatic open close action. Valve performance testing, considering; measuring of the stroke measuring, open/close time and torque measuring. Stainless tubing. Fugitive emission and cryogenic test facilities on requirement. Tests include: Shell test - pressure inside the assembled valve to 1.5 times working pressure. Back seat test - pressure inside with seat fully opened and closed to 1. 1 times working pressure. High pressure closure test -pressure applied to each side of the closed valve to 1. 1 times working pressure. Low pressure closure test - same as high pressure but with air at 100 psi (7 bar), detected by air bubbles in a water column or in laser bubble counter. Relief valve test - opening pressure using a ¡¯Pop¡¯ test and to 90-95% of set pressure.
1. Production style: There are 8 kinds of steel fiber: flat head steel fiber, needle-flat steel fiber, corrugation steel fiber, undee steel fiber, micro-steel fiber, concave-flat steel fiber, stainless steel fiber. Also we can produce the fiber according to customer requirement regarding the diameter, length, shape and others 2. Length: 13-60mm 3. Diameter: 0.22-1.0mm 4. Tensile strength: 800-2500mpa 5. Standard: These products meet the requirements of astm a820 type i 6. Technical advantages: A. Easy dispersing, no balling and caking, distributing uniformly B. Greatly increased concrete ductility C. Greatly increased concrete tensile strength D. Increase anti-cracking E.Reduce the crack space F. Increase shear strength of component G .Increase shock-shear strength of slab - column structure H.Increase partial compressive strength I.Increase anti-earthquake and anti-blast J.Increase anti-abrasion and anti-cavitation erosion K. Increase prestressed unit anti-crack and bearing capacity L.Increase bending resistant, anti-shear fatigue m . Increase component shock strength 7. Economic benefits: A. Can extend the using life of project B. Can reduce the thickness of concrete and save the quantities of concrete under the same intensity C. Can take place of steel totally or partially D. Replace in concrete the traditional mesh reinforcement. E. Can reduce the workload of project, shorten the processing period, save the cost of project Packing :damp-proof poly bag, n.W 25kg/bag or 20kg/bag;40 bags/pallet or 50bags/pallet(1000kg/pallet), With plastic pellicle for out packing to protect the pallet or according to customer's requirements
Overview Products Description The Composite Bridge Plug is made from composite material and easy to drill out. It is mainly composed of mandrel, rubber, slips, cones, protection bowls, release/start pins, lower sub and so on. The composite bridge plug is mainly used for provisional plugging in oil and gas well, and fracturing construction Working principle The opposite power produced by setting tool (wire line or transmitting hydraulic pressure in oil tube) acts on the lower sub, shears the starting dowels and exerts compressive force on rubber through cone. Inside the tension range slips dehisce and inlay the in wall of the casing, rubber expand to the in wall of the casing and seal up it, finish setting. When the tension rises to the shear rating, the starting dowels be sheared and the setting tool separates from the bridge plug, finish releasing. After taking out the setting tool, the frac ball that be put into the well will work hermetically with the head face of the mandrel. The plug can be quickly drilled out under the necessity of the after steps Drilling out Recommend the use of special milling tools. Recommend rotation rate: 60~150rpm, bit weight: 5~15kN, viscosity of drilling plug fluid:15~30mPas and minimum cyclic velocity: 36.6m/min, to make sure the debris circulates out. After the preparation is done, start the screw drill and drill slowly into the bridge plug. Ensure continuous drilling speed by applying drilling pressure. The torque added to the drilling tool should not be greater than the recommended value. Excessive drilling pressure increases the friction resistance of the pipe string and results in large pieces of debris which must be salvaged separately. Specification Type DTJ92 DTJ100 DTJ112 DTJ145 Suitable casing size 9.5-13.5lb/fï¼?99.56mm-103.88mmï¼? 13-18 lb/fï¼?108.62mm-114.14mmï¼? 17-23lb/ft 118.62mm-124.26mm 26-32lb/ft 154.78mm-159.42mm Max OD 3.62" 92mm 3.93 (100mm) 4.4" 112mm 5.68" 144mm Min ID 1.1" 28mm 1.8 (30mm) 1.5 38mm 1.14" 45mm Total length 26" 660mm 26" 660mm 26" 660mm 39.4" 1000mm Working pressure 10000psi 70MPa 10000psi 70MPa 10000psi 70MPa 10000psi ï¼?70MPa Working temperature 300 150 300 150 300 150 300 150 Seating load 120-130kN 160-180kN 160-180kN 160-180kN
GST-01 Gel Strength Tester Significance of Gel Strength Testing Gel strength stands as a pivotal quality parameter across diverse industries, particularly in sectors like food production. Notably, in the realm of surimi processing, gel strength serves as a decisive factor governing the texture and excellence of surimi-derived products such as imitation crab meat. This metric significantly influences the mouthfeel, solidity, and overall sensory experience of the product. Understanding Gel Strength gcm The evaluation of gel strength is a procedural necessity, especially within food sectors like surimi processing. At its core, the gel strength test is aimed at scrutinizing the texture and caliber of gels, predominantly within industries reliant on gel-based products. Purpose: The gel strength assessment gauges a gel's capacity to endure deformation when subjected to an external force. This evaluation method is frequently employed to ascertain the texture and uniformity of gels, particularly those formed from proteins present in surimi (a paste derived from fish or meat). Principle: During the test, a punch probe, possessing specific dimensions, compresses the surface of a gel specimen at a constant rate of deformation until puncture occurs. Typically, a speed of 60mm/min and a probe diameter of �?5mm are utilized. Gel strength is derived from force multiplied by distance, thus denoted in "gcm." Technical Features of GST-01 Gel Strength Tester The GST-01 Gel Strength Tester boasts industrial-grade stability facilitated by PLC control, alongside intuitive HMI touch screen operation. Key Features: - Equipped with a 7-inch HMI touch screen, ensuring user-friendly navigation. - Incorporates a precision ball lead screw mechanism for meticulous speed and displacement control. - Custom-designed program offers flexibility in executing gel strength tests. - Multiple fixtures enable diverse texture analyses. - Safety prioritized with features like travel limit protection, automatic returning, and load cell protection cover. - Offers a range of test items including weight, peak, and distance measurements. - Features a dot matrix microprinter for comprehensive documentation. - Optional RS 232 port and professional software facilitate advanced data management. Test Items Covered: - WEIGHT: Measures distance at a specified load. - PEAK: Evaluates gel strength. - DISTANCE: Measures load at a specific distance. Main Parameters Test Range: 0-50N (or as required) Stroke: 110mm (without probe) Test Speed: 1~100mm/min Displacement Accuracy: 0.01mm Accuracy: 0.5% F.S. Control: PLC and human machine interface Output: Screen, Microprinter, RS232(optional)
BST-01 Ampoule Breaking Tester Background: Ampoules serve as vital containers for pharmaceutical substances, sealed hermetically by melting the thin top with an open flame. The breaking force of the neck is pivotal, impacting both the safety of the pharmaceuticals and their clinical utility. Application: The Ampoule Breaking Strength Tester quantitatively evaluates the breaking strength of ampoules, specifically measuring the force required to rupture the neck. **Standards:** This equipment adheres to various standards such as ISO 9187, GB 2637, and YBB00332002, ensuring testing consistency and reliability. Test Process: During testing, an ampoule sample is positioned on fixtures, and the pressing head, driven by the power system at a speed of 10 mm/m, determines breaking strength using a high-precision load cell upon contact with the ampoule neck. Technical Features: The BST-01 Ampoule Breaking Strength Tester stands out with its versatility and advanced features, applicable not only in pharmaceutical and medical sectors but also in various industries. Its technical prowess, including constant displacement rate, industrial-level stability, PLC control, stepper motor precision, and safety measures, makes it indispensable for testing requirements such as compression, cap opening, syringe gliding force, puncture, and stopper penetration. The device boasts a PLC control unit, an HMI touch screen, and a precision ball-lead screw-driven stepper motor for accurate speed control. Safety features include a collecting tube for broken samples and a protective cover to prevent sample displacement during testing. Additional characteristics include: 1. Test fixtures available in various capacities (1ml, 2ml, 5ml, 10ml, and 20ml), accommodating diverse specifications. 2. Multiple fixtures for testing different materials used in medical packaging. 3. Incorporation of a limiting device and an automatic return function. 4. Adjustable test speed catering to different requirements. 5. Dot matrix microprinter for result documentation. 6. Provision of a protective cover for enhanced safety. 7. Optional RS 232 connectivity and professional software for added functionality. Ensure the BST-01 Ampoule Breaking Tester meets your specific industry needs with its comprehensive features and precise testing capabilities. Main Parameter Test Range 0~200N (Or as required) Speed 1~500mm/min Resolution 0.1N Accuracy 0.5% F.S. Power 110~ 220V 50/60Hz
Applications : Computer control electromechanical universal testing machines are suitable for wide range of material for tension, compression, bending, shearing and low cycle test. With special grips, it can also do very special test as customer¡¯s request. It is for metal, rubber, plastic, spring, textile, and components testing. This machine is servo control mode and the computer with strong function software does data processing and issues the test reports. The software based on windows system is able to make automatic calculating of test results, i.E. Tensile strength; upper / lower yield strength, non proportional stress point etc. Report creation function makes it is very simple to make testing report in needed format. It is necessary inspect device in the filed of steel and iron factory, the laboratories of scientific research institutes, infrastructure construction organs, machinery plants and education for research , teaching . Feature: 1. High accuracy servo motor to control test speed 2. Ball screw no backlash to guarantee the low noise and high driving efficiency 3. High accuracy load cell to measure the test load 4. High accuracy photoelectric encoder to measure the displacement. 5. Maxtest software has strong function, it can show test load, displacement, test speed, test status, and also has the function of peak load holding, peak displacement holding,self return original position. 6. Thousands of test fixture can be used according to different test request; 7. Compact structure with easy operation. 8. Limit switch and setting in the software to guarantee the safety. Model WDW-E1,E2, E3, E5, E10, E20, E30, E50, E100 Max. Load 1kN,2kN,3kN,5kN,10kN,20kN 25kN,30kN,50kN 100kN Load accuracy 1% (or 0.5% for special order) Deformation accuracy 0.5% Displacement resolution 0.001mm Load speed 0.005-500mm/min Spacing of grip to grip(mm) 750 640 550 Total crosshead travel (mm) 1075 1100 1130 Space between columns(mm) 420 500 570 Height(mm) 1737 1944 2120 Width(mm) 780 840 950 Depth(mm) 577 600 700 Weight of load frame(kg) 160 250 300 Power 110V, 1 phase, 60Hz/220V, 1 phase, 50Hz.
Strand Woven Bamboo Flooring is of very high density of over 1.15 g/cm3 and ranks among the hardest species of hardwood flooring due to a unique patented manufacturing process using bamboo fibers fused together with an environmentally safe adhesive under extreme pressure. Strand Woven Bamboo Flooring is twice as hard as Red Oak. 1. Species: Mao bamboo (Hairy Bamboo) 2. Formaldehyde: ¡Ü 5.7mg/100g 3. Density: 1.10-1.20g/cm3 4. Anti-bending intensity: 114.7 kg/cm3 5. Chemical Treatment: Natural borate solution to eliminate pests and mildew 6. Hardness: ASTM D 1037, Janka Ball: 2600 psi (avg. ) 7. Dimensional Stability: ASTM D 1037-99: Less than 0.00144 8. Flammability: ASTM E 622: Maximum 270 in flaming mode; 330 in non-flaming mode 9. Smoke Density: ASTM E 622: Maximum 270 in flaming mode; 330 in non-flaming mode 10. Compressive Strength: ASTM D 3501: Minimum 7, 600 psi (52 MPa) parallel to grain; 2, 624 psi (18 MPa) perpendicular to grain 11. Tensile Strength: ASTM D 3500: Minimum 15, 300 psi (105 MPa) parallel to grain 12. Slip Resistance: ASTM D 2394: Static Friction Coefficient 0.562; Sliding Friction Coefficient 0.497 13. Abrasion Resistance: ASTM D 4060, CS-17 Taber abrasive wheels: Final wear-through: Minimum 12, 600 cycles This strand woven bamboo flooring is perfect for commercial as well as high traffic residential installations. For example, deck and outdoor flooring. Finish: Available in matt and gloss, with 6 coats of quality durable Klumpp coatings which provide the wear protection of aluminum oxide with two polyurethane scratch resistant topcoats. Coating is water-based and solvent-free and US European (E1) standard for off-gassing. Length up to 1850 mm (74") available Strand woven bamboo flooring is available in four styles: natural/sand color; coffee/carbonized color, zebrano, tiger.
